Research Articles
The Tiny Conductors: How MicroRNAs Guide Stem Cells to Build Bone
Discover how microRNAs act as master regulators in bone formation from mesenchymal stem cells, with potential applications in regenerative medicine.
The Genetic Detective: A Simple PCR Test to Solve Cellular Mix-Ups
Discover how a simple PCR-based strategy helps scientists identify and quantify species-specific cells in chimeras and xenografts for medical research.
The Molecular Switch: How Bacteria Use a Tiny Adhesin to Resist Fluid Flow
Discover how the bacterial adhesin FimH uses a conformational switch to resist fluid flow and enable urinary tract infections.
The Cellular Railway: Guiding Stem Cells with Microscopic Wrinkles
Discover how microscopic wrinkles guide mesenchymal stem cells to form interconnected networks for regenerative medicine applications.
Molecular Cloning of Protein-Based Polymers: Nature's Blueprint for Sustainable Materials
Explore how molecular cloning techniques are revolutionizing sustainable materials through protein-based polymers, offering solutions to plastic pollution and innovative biomedical applications.
Lighting the Way: How Scientists Are Harnessing Light to Engineer Precision Proteins
Discover how photoredox catalysis enables site-selective tyrosine bioconjugation for precise protein engineering with applications in pharmaceuticals and imaging.
Injectable Nanocomposite Hydrogels: Revolutionizing Modern Medicine
Explore how injectable nanocomposite hydrogels are transforming treatments for heart disease, cancer, bone repair, and wound healing through targeted, minimally invasive interventions.
Building the Future of Medicine: The Revolutionary Molecular Scaffolds in Tissue Engineering
Explore the groundbreaking development of modular molecular scaffolds in tissue engineering and their potential to revolutionize regenerative medicine.
From Injections to Pills: The Quiet Revolution in Oral Peptide Therapeutics
Explore the groundbreaking advances in oral peptide therapeutics, from overcoming biological barriers to clinical breakthroughs in psoriasis treatment.
Charting the Cell's Circuitry: How Graph Methods Are Unraveling Protein-Nucleotide Interactions
Explore how graph methods are revolutionizing our understanding of protein-nucleotide interactions through network analysis and computational biology.